Wired portable or permanent pylon-mounted, single or multiple camera assemblies providing high-definition images, remote video parameter adjustment, real time imaging, lower camera mounting, microphone use, no overheating problems, longer run times, and installation and removal without disturbing field surface. Pylon is molded from high-density, impact resistant foam, integrated with a break-away connect providing for non-destructively breaking and remaking electrical connections. Increased content of high impact, resistant material provides player and pylon protection. Camera wiring extends internally to integral connecting base fitted with magnets for quick and accurate mating with stationary turf base. Wires in turf carry signals from camera to a fiber optic transmitter that powers the pylon cameras, converts the electrical signals to optical signals, and receives control signals converting them to electrical signals. Thousands of meters range optical signals converted back to electrical high-definition video signals by fiber optic receiver and recorded by replay devices for instant viewing.
Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. A wired high-definition pylon-mounted camera assembly, comprising: a pylon; one or more high-definition camera sub-assemblies; one or more cooling fan sub-assemblies; electrical wiring, and electrical connectors, said pylon molded from high-density, impact resistant foam, said pylon having one or more cavities therethrough, each of said one or more cavities having a first cavity end and a second cavity end, at least one of said one or more cavities having one of said camera sub-assemblies contained in said first end and one of said fan assemblies contained in said second end, said electrical wiring connecting each camera sub-assembly to a pylon-integral electric-conducting break-away pylon connector.
A high-definition camera system mounts on a pylon for sports or event recording. The pylon is made of impact-resistant foam with internal cavities. A high-definition camera and a cooling fan are housed inside separate cavities within the pylon. Electrical wiring connects the camera to a special breakaway connector built into the pylon. This connector is designed to separate without damage if the pylon is hit, protecting the camera and wiring.
2. The wired high-definition pylon-mounted camera assembly, as recited in claim 1 , wherein said pylon connector is fitted with electric conducting pogo pins.
The high-definition pylon camera system uses a special connector with spring-loaded pins (pogo pins) to make the electrical connection between the pylon and the base. This pogo pin connector is part of the breakaway design described in the previous claim.
3. The wired high-definition pylon-mounted camera assembly, as recited in claim 2 , further comprising a base connector fitted with electrical connection pads for electrical connection with said pogo pins.
The high-definition pylon camera system has a base connector with electrical pads that match and connect to the pogo pins on the pylon connector. When the pylon is connected to the base, the pogo pins press against the pads, creating an electrical circuit. This base connector enables quick and reliable connections, complementing the breakaway functionality defined previously.
4. The wired high-definition pylon-mounted camera assembly, as recited in claim 3 , wherein said pylon connector is shaped to key-fit said base connector.
The high-definition pylon camera system uses a keyed pylon connector and base connector. This means the connectors are shaped so they can only fit together in one specific orientation, ensuring the electrical connections align correctly and preventing damage or incorrect operation. This keying feature improves reliability and ease of use.
5. The wired high-definition pylon-mounted camera assembly, as recited in claim 4 , wherein when said pylon-mounted camera assembly is assembled and installed for use, electrical wires extending from said electrical connection pads are connected to a transmitter, completing the electrical circuit to carry power, data, and video signals between the camera and a transmitter causing said pylon-mounted camera assembly to provide high-definition images, remote video parameter adjustment, real-time imaging, lower camera mounting, and no overheating problems.
When assembled and connected, the high-definition pylon camera system uses the electrical connection pads on the base to connect to a transmitter. This connection completes the circuit, sending power to the camera and fan, and transmitting video and control signals between the camera and the remote operator. This allows for high-definition video capture, remote adjustment of camera settings, real-time viewing, and a low camera mounting position, while preventing the camera from overheating.
6. The wired high-definition pylon-mounted camera assembly, as recited in claim 5 , further comprising where said pylon connector and said connector base are fitted with magnets that assist in the orientation of the connector for quick and accurate mating.
To make connecting the pylon camera system easier and more reliable, magnets are built into both the pylon connector and the base connector. These magnets help align the connectors, ensuring quick and accurate mating of the electrical connections. This is in addition to the keyed shape for proper alignment, as described in a prior claim.
7. The wired high-definition pylon-mounted camera assembly, as recited in claim 1 , wherein when said pylon contains a multiple number of said cavities, said cavities do not intersect providing for a “crush zone” between cavities.
The high-definition pylon camera system can have multiple cavities within the foam pylon. If multiple cavities are used, they are designed not to intersect. This creates a "crush zone" of solid foam between the cavities, improving the pylon's impact resistance and protecting the camera and fan inside.
8. The wired high-definition pylon-mounted camera assembly, as recited in claim 1 , wherein each camera sub-assembly includes a camera, interchangeable lens, a camera housing, and a camera-flange.
The high-definition pylon camera system's camera assembly includes a camera, an interchangeable lens allowing different shots to be captured, a camera housing to protect the camera, and a camera flange used to mount the camera within the pylon.
9. The wired high-definition pylon-mounted camera assembly, as recited in claim 1 , wherein each fan sub-assembly includes a fan, and a fan-flange.
The high-definition pylon camera system's fan assembly includes a fan for cooling the camera and preventing overheating, and a fan flange used to mount the fan within the pylon.
10. The wired high-definition pylon-mounted camera assembly, as recited in claim 1 , further comprising a stabilizing weight in said pylon.
To improve stability, the high-definition pylon camera system includes a weight inside the pylon. This helps keep the pylon upright and prevents it from tipping over, especially in windy conditions or if it is bumped.
11. The wired high-definition pylon-mounted camera assembly, as recited in claim 1 , further comprising a microphone.
The high-definition pylon camera system includes a microphone to capture audio along with the video. This microphone is integrated into the pylon assembly and connected to the same wiring system as the camera.
12. The wired high-definition pylon-mounted camera assembly, as recited in claim 5 , wherein said pylon-mounted camera assembly is a permanently mountable pylon-mounted camera assembly.
The high-definition pylon camera system can be permanently mounted in place, rather than being portable. This means the base is designed for a fixed installation, with a robust connection to power and signal cables.
13. The wired high-definition pylon-mounted camera assembly, as recited in claim 12 , wherein said permanently mountable pylon-mounted camera assembly is fitted with a base mounting structure.
The permanently mounted high-definition pylon camera system includes a special base mounting structure that secures the pylon to the ground or a surface. This structure provides a stable and permanent connection for the camera system.
14. The wired high-definition pylon-mounted camera assembly, as recited in claim 13 , wherein said base mounting structure comprises: a base member providing a ninety-degree horizontal to vertical conduit turn connected to a coupler, said coupler having external fins arranged around a circumference of the coupler to provide resistance to any externally applied radial force, connected to an upper conduit section having anti-rotation pins inserted into a portion of the upper conduit section, a wedging plug and a rubber plug inserted into a top opening of the upper conduit section, a foam rubber washer positioned on top of the rubber plug and a locking nut screwed onto the wedging plug, said locking nut fastened to a bottom surface of said connector base of said pylon-mounted camera system, said base mounting structure therein providing for permanent electrical connection of said camera system to a transmitter.
The base mounting structure for the permanently mounted high-definition pylon camera system consists of a base member with a 90-degree turn, a coupler with external fins for radial force resistance, an upper conduit section with anti-rotation pins, a wedging plug and rubber plug inserted into the upper conduit section, a foam rubber washer, and a locking nut. This structure provides a secure and permanent electrical connection from the camera system to the transmitter.
15. The wired high-definition pylon-mounted camera assembly, as recited in claim 14 , wherein said base mounting structure further comprises: said base member connected to a base section of a base mounting flange that is connected to a lower conduit section that is connected to a bottom of said coupler, said connected to a lower section of said upper conduit section having said wedging plug and said rubber plug inserted into the top opening of the upper conduit section with said foam rubber washer positioned on top of the rubber plug, the locking nut screwed onto the wedging plug, said locking nut fastened to a bottom surface of said connector base, said connector base having said pylon-mounted camera system attached to its top surface of connector base.
The base mounting structure for the permanently mounted high-definition pylon camera system has a base member connected to a base mounting flange which connects to a lower conduit section that connects to the bottom of a coupler connected to the lower section of an upper conduit section having a wedging plug and rubber plug inserted into the top opening of the upper conduit section with the foam rubber washer positioned on top. The locking nut is screwed onto the wedging plug and fastened to the bottom of the connector base, to which the pylon-mounted camera system is attached.
16. The wired high-definition pylon-mounted camera assembly, as recited in claim 14 , further comprising said electrical wires from said electrical connection pads extending through said base member of said base mounting structure to continue within a conduit in the ground to carry the electrical signals that travel from the camera through the pylon connector, connector base, base mounting structure and the conduit in the ground to a fiber optic transmitter that powers the pylon cameras and converts the electrical signals to optical signals.
The electrical wires from the high-definition pylon camera system's electrical connection pads run through the base member of the base mounting structure, continuing within a conduit in the ground. This conduit carries the electrical signals from the camera through the pylon connector, connector base, and base mounting structure to a fiber optic transmitter. The transmitter powers the camera and converts the electrical signals to optical signals for transmission.
17. The wired high-definition pylon-mounted camera assembly, as recited in claim 4 , wherein said pylon-mounted camera assembly is a portable assembly having electrical connection between the camera and the transmitter made through a non-locking connector, said non-locking connector providing for said pylon to non-destructively break away from ground wires.
The high-definition pylon camera system can be portable. In this case, the electrical connection between the camera and the transmitter is made through a non-locking connector. This connector allows the pylon to break away from the ground wires without causing damage, enhancing safety and preventing equipment damage if the pylon is struck.
18. The wired high-definition pylon-mounted camera assembly, as recited in claim 16 , wherein said non-locking connector is a USB3 connector.
The non-locking connector used in the portable high-definition pylon camera system is a USB3 connector. This provides a standard, high-speed connection for transmitting video and control signals, while also allowing for easy breakaway in case of impact.
19. A wired high-definition pylon-mounted camera assembly, comprising: a pylon; one or more high-definition camera sub-assemblies; one or more cooling fan sub-assemblies; electrical wiring, and electrical connectors, said pylon molded from high-density, impact resistant foam, said pylon having one or more cavities therethrough, each of said one or more cavities having a first cavity end and a second cavity end, at least one of said one or more cavities having one of said camera sub-assemblies contained in said first end and one of said fan assemblies contained in said second end, said electrical wiring connecting each camera sub-assembly to a pylon-integral electric-conducting break-away pylon connector, said pylon connector is fitted with electric conducting pogo pins, a base connector fitted with electrical connection pads for electrical connection with said pogo pins, said pylon connector shaped to key-fit said base connector, wherein when said pylon-mounted camera assembly is assembled and installed for use, electrical wires extending from said electrical connection pads are connected to a transmitter, completing the electrical circuit to carry power, data, and video signals between the camera and a transmitter causing said pylon-mounted camera assembly to provide high-definition images, remote video parameter adjustment, real-time imaging, lower camera mounting, and no overheating problems.
A high-definition camera system for mounting on a pylon is made of impact-resistant foam with internal cavities. A high-definition camera and a cooling fan are housed inside separate cavities within the pylon. Electrical wiring connects the camera to a special breakaway connector built into the pylon. This connector is designed to separate without damage if the pylon is hit, protecting the camera and wiring. The pylon connector uses pogo pins to connect to a base connector with electrical connection pads. The pylon connector and base connector are keyed to fit together in only one way. When assembled, wires from the connection pads connect to a transmitter, completing a circuit to carry power, data, and video signals between the camera and transmitter.
20. A wired high-definition pylon-mounted camera assembly, comprising: a pylon; one or more high-definition camera sub-assemblies; one or more cooling fan sub-assemblies; electrical wiring, and electrical connectors, said pylon molded from high-density, impact resistant foam, said pylon having one or more cavities therethrough, each of said one or more cavities having a first cavity end and a second cavity end, at least one of said one or more cavities having one of said camera sub-assemblies contained in said first end and one of said fan assemblies contained in said second end, said electrical wiring connecting each camera sub-assembly to a pylon-integral electric-conducting break-away pylon connector, said pylon connector is fitted with electric conducting pogo pins, a base connector fitted with electrical connection pads for electrical connection with said pogo pins, said pylon connector shaped to key-fit said base connector, said pylon connector and said connector base are each fitted with magnets that assist in the orientation of the connectors for quick and accurate mating, said cavities of a pylon containing a multiple number of said cavities do not intersect providing for a “crush zone” between cavities, said pylon containing a stabilizing weight, said pylon-mounted camera assembly further comprising a microphone, said pylon-mounted camera assembly being either a permanently mountable pylon-mounted camera assembly or a portable pylon-mounted camera assembly, wherein when said pylon-mounted camera assembly is assembled and installed for use, electrical wires extending from said electrical connection pads are connected to a transmitter, completing the electrical circuit to carry power, data, and video signals between the camera and a transmitter causing said pylon-mounted camera assembly to provide high-definition images, remote video parameter adjustment, real-time imaging, lower camera mounting, and no overheating problems.
A high-definition camera system mounts on a pylon for sports or event recording. The pylon is made of impact-resistant foam with internal cavities housing a camera and cooling fan. Electrical wiring connects the camera to a special breakaway connector with pogo pins that connect to a keyed base connector. Magnets are used in both connectors for easy alignment. Multiple cavities do not intersect, creating crush zones. A weight stabilizes the pylon. A microphone is included. The system can be permanently mounted or portable. When connected, wires to a transmitter complete a circuit, enabling high-definition video capture, remote adjustment, real-time viewing, and prevention of overheating.
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July 22, 2016
November 14, 2017
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